CS348B Spring 2016 Rendering Competition

The renderings below were created for the rendering competition in CS348B: Image Synthesis Techniques, taught by Pat Hanrahan in the Spring quarter of 2016.

Grand Prize

Nighttime Bear and River

by David Hyde, Lingxiao Li, and Tushar Paul

David, Lingxiao, and Tushar used fluid simulation, volumetric scattering, and their own implemention of the Marschner hair/fur model to render a bear walking in a river at night interacting with fireflies.

[ more info ]

[ final image ]

First Prize

Strawberry Ice Cream

by Brennan Shacklett and Peter Do

Brennan and Peter used a mix of fluid simulation and simplex noise to model ice cream, and implemented a sophisticated subsurface scattering model for the material.

[ more info ]

[ final image ]

Second Prize

Underwater Rendering with Realistic Water Properties

by Trisha Lian and Sarah Jobalia

Trisha and Sarah implemented a method to simulate light traveling through water, taking into account chlorophyll concentration, the amount of dissolved organic matter, and the concentration of large and small particles.

[ more info ]

[ final image ]

Grand Prize
	Nighttime Bear and River by David Hyde, Lingxiao Li, and Tushar Paul David, Lingxiao, and Tushar used fluid simulation, volumetric scattering, and their own implemention of the Marschner hair/fur model to render a bear walking in a river at night interacting with fireflies. [ more info ] [ final image ]
First Prize
	Strawberry Ice Cream by Brennan Shacklett and Peter Do Brennan and Peter used a mix of fluid simulation and simplex noise to model ice cream, and implemented a sophisticated subsurface scattering model for the material. [ more info ] [ final image ]
Second Prize
	Underwater Rendering with Realistic Water Properties by Trisha Lian and Sarah Jobalia Trisha and Sarah implemented a method to simulate light traveling through water, taking into account chlorophyll concentration, the amount of dissolved organic matter, and the concentration of large and small particles. [ more info ] [ final image ]